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EE101 Homework: Finding Thevenin and Norton Equivalent Circuits, Assignments of Engineering

A portion of an electrical engineering 101 homework assignment. It outlines the steps to find the thevenin and norton equivalent circuits for given op-amp circuits. Students are required to calculate the open circuit voltage, short-circuit current, and determine the resistance values. The document also includes a reminder to label all steps and watch signs carefully.

Typology: Assignments

Pre 2010

Uploaded on 08/08/2009

koofers-user-q3z
koofers-user-q3z 🇺🇸

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Download EE101 Homework: Finding Thevenin and Norton Equivalent Circuits and more Assignments Engineering in PDF only on Docsity! EE101 Homework 11/12 Page 1/2 All the normal rules apply: Due next class, work on separate paper, start early, show your work, label everything, specify units, circle answers. 1. For the following ideal op-amp circuit, find R such that the gain VOUT/VS = +5. The process outlined in "A-E" below is the standard procedure to solve any Thevenin/Norton Equivalent problem. Apply it to the remainder of this homework for each problem. Remember that each step requires separate calculations. There are no shortcuts. A. Find the open circuit voltage VOC across points A and B. B. Find the Short-circuit current ISC that flows through a wire connected across terminals A-B. C. Determine RTH from your answers in parts A and B. D. Draw and label the Thevenin equivalent circuit (voltage source and resistor in series). E. Draw and label the Norton equivalent circuit (current source and resistor in parallel). For the circuits below, use the procedure (and label your steps) to calculate the values for, draw, and label the Thevenin and Norton equivalent circuits using points A and B. Answers should be in terms of the labeled values 2. 3.
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